Student access to programmable calculators and computer terminals, coupled with a familiarity with baseball, provides opportunities to enhance their understanding of the binomial distribution and other aspects of analysis. (MP)

The programable calculator is suggested as a means of introducing elementary school students to certain features of computers. A one-hour presentation is described. (MP)

Describes a variety of computer toys and computerized toys for children. Maintains that while the toys provide stimulation, they do not develop children's imaginations. Cautions against allowing computers to alienate society and emphasizes that computerized toys should be used as tools rather than as substitutes for learning. (Author/MJL)

A method of finding large primes is described. High school students can use the test using hand calculators, or by programing a computer. (SD)

Activities in this edited volume of reprints from the Mathematics Teacher were selected in response to recommendations made by the National Council of Teachers of Mathematics for improving curriculum content. Specific areas addressed are problem solving, expanding basic skills, using calculators, using computers, and using manipulatives. Each…

This course guide for calculus offered at the high school level begins with an overview of the course. The overview includes a rationale for including calculus in the high school curriculum, a description and rationale of calculator and computer use in the calculus class, the desired qualifications and characteristics of calculus teachers,…

The use of calculators and computers in the schools is promoted. It is stated that calculators should be used in the mathematics classroom as soon as basic operations are understood. A point is made that calculators are no greater a threat to "learning the fundamentals" than slide rules, which have been available for over 350 years. It is…

This National Council of Teachers of Mathematics (NCTM) Yearbook shows how NCTM's recommendations for improving mathematics education--contained in the booklet, An Agenda for Action--are being implemented in schools. The 27 articles are grouped under 8 headings, corresponding to the 8 recommendations in the Agenda. The articles apply to all levels…

Provides a rationale for a learning environment in science classrooms that integrates science, mathematics, and technology while solving authentic problems. Describes activities that can be used in such an environment and presents data regarding students' attitudes toward the described activities. (MDH)